This article researches the all-optical network base on OCDMA technology.
对基于光纤CD MA (OCDMA)技术的全光网进行了研究。
This method can be applied in all recircular all-optical buffer based on SOA.
此方法适用于所有基于半导体光放大器的环路型全光缓存器。
This paper analyses the chaotic motion of a new kind of all-optical multistable system.
本文分析了一种新的全光学型多稳态系统的混沌运转。
The paper offers a brief overview for the all-optical communication network in the future.
本文对未来的全光通信网作概括介绍。
Furthermore, the all-optical switching effect of the polymer was investigated experimentally.
研究了所制备的聚合物的全光开关效应。
The system structure and working principle of an all-optical wavelength router were introduced.
介绍了一种全光波长路由器的系统结构和工作原理。
A scheme of all-optical wavelength conversion based on fiber ring semiconductor lasers is raised.
提出了一种基于光纤环形腔半导体激光器的全光波长转换方案。
With the FWM effect in nonlinear fibers, a novel high speed all-optical AND gate scheme is proposed.
利用高非线性光纤的四波混频效应，提出了实现高速全光与门的新方案。
Optical switch is a kind of important passive optical components in all-optical communication network.
光开关是全光通信网络中的一种重要的光无源器件。
All-optical wavelength conversion based on a nonlinear optical loop mirror (NOLM) is a promising method.
非线性光纤环镜是一种很有前途的全光波长变换装置。
For realizing the all-optical packet switch in deed, the research of all-optical signal processing is quite urgent.
为了实现真正意义上的全光分组交换，全光信号处理技术的研究迫在眉睫。
To meet the ever-demanding standards for optical telecommunication network, people have proposed the concept of all-optical network.
人们对于高速光信息网络提出越来越高的要求，于是人们提出了全光网络的概念。
In the photoisomerized polymer, the perpendicular and all-optical control of optical spatial soliton is simulated by numerical method.
用数值方法研究了在具有光致异构非线性的聚合物中光学空间孤子的垂直全光调控。
Then, it describes the technological advances of optical fiber transmission and photonic devices and integration which are needed by the all-optical network.
接着说明全光同所根据的光纤传输系统和光子器件与集成技术的进展。
As one of the most prospect schemes for all-optical networks realization, optical code division multiplex (OCDM) system arose people's attention increasingly.
作为实现全光网络的一种最有前途的方案之一，光码分复用(OCDM)系统正日益引起人们的关注。
The purpose of developing such devices is to use the characteristics of optical bistability in a multi-ring or ring-array structure to achieve all-optical storage.
研制此类器件的目的在于利用该器件的光学双稳态特性，通过多环甚至环形阵列等结构来实现全光存储。
Tunable all-optical wavelength converters will be one of the essential devices in future intellectualized dense wavelength-division multiplexed (DWDM) all-optical networks.
可调谐全光波长转换器是智能化密集波分复用(DWDM)全光通信网络中的关键器件之一。
The nonlinear characteristics of semiconductor optical amplifier (SOA) have important applications for the all-optical switching, wavelength conversion, and optical logic gate.
半导体光放大器（SOA）的非线性特性在光开关、波长变换、光逻辑运算中有重要的应用。
Optical bistability phenomenon and all-optical computer are the important contents which are studied together presently in laser physics, quantum optics and computer science, etc.
光学双稳现象、全光学计算机是目前激光物理学、量子光学和计算机科学等多门学科共同研究的重要内容。
The result of numerical calculation indicates that semiconductor optic amplifier has a good responding characteristic and higher conversion rate in all-optical wavelength conversion.
数值计算的结果表明，半导体光放大器在全光波长转换中具有很好的线性响应特性和较高的转换速率。
The wavelength conversion mechanism and the thresholding conversion characteristics of all-optical wavelength converter based on a laser diode are described by the gain saturation effect.
使用半导体激活介质的增益饱和效应，描述了激光器型全光波长转换器波长转换机制及其阈值转换特性。
In all-optical networks, distributed algorithms for attack localization was analyzed, and an all-optical network simulation platform was constructed for attack localization and resumption.
分析了全光网络分布式攻击定位算法，构建了全光网络攻击定位与恢复的仿真平台。
Semiconductor optical amplifier (SOA) is an important device in future all-optical communications due to its small volume, low cost and easy integration with other optoelectronic devices, etc.
半导体光放大器（SOA）由于体积小、成本低、易与其他光电器件集成，在未来的全光通信系统中将发挥重要的作用。
The three are all optical satellites, which can capture images in daylight and in clear weather.
这三颗卫星均为光学卫星，它们可以在白天和良好天气下抓拍图像。
In monolithic integrated optics, all optical functions must be obtained in a single material.
在单片集成光路中，必须在单一材料中获得全部的光学功能。
Optical switch is the key part in all optical network.
光开关是全光网络中的关键器件。
It makes many complicated all optical communication and sensing network into being, meanwhile, greatly extends applied realms of optical fiber technology.
它的出现，使许多复杂的全光通信和传感网络成为可能，极大的拓展了光纤技术的应用范围。
It makes many complicated all optical communication and sensing network into being, meanwhile, greatly extends applied realms of optical fiber technology.
它的出现，使许多复杂的全光通信和传感网络成为可能，极大的拓展了光纤技术的应用范围。
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